A team of chemists set out to make bright, useful light‑emitting molecules by tweaking tiny parts of a common chemical framework called anthracene. They linked the anthracene core to other groups that can either donate or withdraw electrons, creating a family of “donor‑acceptor” dyes. By changing wh
Heliobacterium modesticaldum is a fascinating microbe that has a unique way of converting sunlight into energy. It has a small structure called a reaction center. This center is made up of a few key parts: a molecule called SPP, a nearby molecule called Acc, and some important amino acids and water
Imagine tiny molecules that change their behavior based on the liquid they're in. These aren't your average molecules; they're special ones called 2-aryl-3H-1, 3-benzazaphosphole oxide, or ABPO for short. These molecules have a unique trick: they can absorb and emit light in different ways depending
Imagine trying to understand how molecules get excited. Scientists have come up with a clever way to do this using something called range-separated hybrids (RSHs). These RSHs are part of a bigger idea called time-dependent density functional theory. This new method doesn't force things to f
